Context-aware method and system for facilitating the delivery of healthcare to patients within a clinical environment monitored by real-time locating apparatus

ABSTRACT

A context-aware method and system for facilitating the delivery of healthcare to patients within a clinical environment monitored by real-time locating apparatus including auto-ID patient tags where patients having tags are located within the environment in real time by the apparatus are provided. The system includes a plurality of self-service units where one or more of the units is configured to store a plurality of auto-ID patient tags and where the one or more of the units includes a dispensing mechanism to dispense stored tags. The system further includes a control computer subsystem coupled to the at least one of the units and including at least one user interface. The subsystem still further includes a processor operable to execute software instructions and a memory operable to store software instructions accessible by the processor. The subsystem still further includes a set of software instructions stored in the memory to at least partially perform the steps of: identifying an incoming patient; assigning a stored auto-ID patient tag to the identified patient to obtain a tag assignment; transmitting a signal over a communication channel to an electronic medical record subsystem to link the tag assignment to a medical record of the patient whereby the patient becomes a linked patient; and controlling the dispensing mechanism to dispense a stored tag to the linked patient.

CROSS-REFERENCE TO RELATED APPLICATION

This application is a continuation of U.S. patent application Ser. No.15/890,598, filed on Feb. 7, 2018, and issued as U.S. Pat. No.10,553,047, which is a continuation of U.S. patent application Ser. No.12/622,882, filed on Nov. 20, 2009, and issued as U.S. Pat. No.9,922,167.

BACKGROUND OF THE INVENTION 1. Field of the Invention

This invention relates to context-aware methods and systems forfacilitating the delivery of healthcare to patients within a clinicalenvironment monitored by real-time locating apparatus. At least oneembodiment of the invention relates to methods and systems formonitoring and improving healthcare delivery processes within a clinicalenvironment monitored by a real-time locating system (RTLS).

2. Background Art

As disclosed in U.S. Pat. Nos. 6,154,135 and 6,838,992 auto-ID tags orbadges are assigned to patients upon patient check-in or registration ina healthcare facility. Such tags emit radio-frequency (RF) and othersignals such as infrared (IR) signals. The signals are used to establishthe real-time location of the patients in a real-time locating system.

The ongoing assignment of such tags or badges to patients and thedeletion of former badge assignments from the system requires frequentmaintenance. This assignment and deletion has been done in the past witha computer system.

Healthcare environments, such as hospitals or clinics, includeinformation systems, such as hospital information systems (HIS),radiology information systems (RIS), clinical information systems (CIS),and cardiovascular information systems (CVIS), and storage systems, suchas picture archiving and communication systems (PACS), libraryinformation systems (LIS), and electronic medical records (EMR).Information stored may include patient medical histories, imaging data,test results, diagnosis information, management information, and/orscheduling information, for example. The information may be centrallystored or divided at a plurality of locations.

Healthcare practitioners may desire to access patient information orother information at various points in a healthcare workflow. Forexample, during surgery, medical personnel may access patientinformation, such as images of a patient's anatomy, that are stored in amedical information system. Alternatively, medical personnel may enternew information, such as history, diagnostic, or treatment information,into a medical information system during an ongoing medical procedure.

Patients may access information systems for scheduling, diagnosis and/ortreatment information, check-in or admission, and/or other tasks. One ormore of these systems comprise a healthcare information system, forexample.

In typical healthcare settings, the patient registration process is alengthy and repetitive procedure that patients must endure at nearlyevery encounter with a healthcare professional. Each new doctor, office,department, or even visit often requires a new set of forms to becompleted. Moreover, paper-based forms are still widely used to documenta patient's demographic information, medical history, currentmedications, allergies, and other information. These paper-based formsare often added to the patient's folder associated with the particulardoctor, department, or office being visited. In many settings, theinformation provided by the patient is transcribed into an electronichealthcare information system. Of course, the transcription process isprone to error in data entry and necessarily results in the patientlosing control of his or her data.

In more advanced healthcare enterprises, patients have the ability toinput their relevant information directly into an electronic system,thus bypassing the transcription process. For example, kiosk systemsenable patients to enter their information at a kiosk that aggregatesand transmits the information to the healthcare information system. Akiosk is a small self-standing physical structure (often including acomputer and a display screen) that displays information for peoplewalking by. More sophisticated kiosks let users interact and includetouch screens, keyboards, sound, and motion video. Examples of kiosksystems are disclosed in the following U.S. patent documents:2004/0138924; 2004/0186744; 2005/0261942; 2006/0277071; 2007/0226010;and 2008/0040421.

U.S. Patent document 2009/0070142 discloses a method and system forproviding patient registration information. The method includesrequesting patient data, supplying the patient data using a mobileelectronic device, storing the patient data to a memory associated withthe mobile electronic device, and communicating the patient data to aremote data server.

The following U.S. patent documents disclose methods, systems and/orkiosks for objects and/or information and which are related to at leastone embodiment of the present invention: 2007/0136154; 2008/0211671;2008/0249883; 2008/0252414; U.S. Pat. Nos. 6,707,381; 7,113,088;7,205,889; 7,317,393; 7,348,884; and 7,490,054.

The following U.S. patents are also related to the present invention:U.S. Pat. Nos. 4,868,859; 4,906,853; 5,017,794; 5,027,314; 5,027,383;5,119,104; 5,131,019; 5,276,496; 5,355,222; 5,387,993; 5,548,637;5,572,195; 6,104,295; 6,154,139; 6,462,656; and 6,838,992.

Despite the above prior art methods and systems, advances in medicalscience are causing processes for delivery of healthcare to continuallygrow more complex and costly. The effects caused by the increasedcomplexity include greater opportunity for the introduction of humanerror and omission as well as higher staff related expenses incurred todeliver high quality care within the advanced technological healthcareenvironment.

SUMMARY OF THE INVENTION

One or more steps of at least one embodiment of the invention may beimplemented alone or in combination in hardware, firmware, and/or as aset of instructions in software. Certain embodiments may be provided asa set of instructions residing on a computer-readable medium, such as amemory, CD, DVD, or hard disk, for execution on a general purposecomputer or other processing device, such as, for example, a PCworkstation.

An object of the present invention is to provide a context-aware methodand system for facilitating the delivery of healthcare to patientswithin a clinical environment monitored by real-time locating apparatus.

Another object of at least one embodiment of the present invention is toprovide a system which employs SSTs or non-attached kiosks to streamlineand reduce the introduction of error into the patient flow process bydefining and monitoring common healthcare delivery processes involvingmobile, tag-wearing subjects that increase the efficiency of deliveryand the safety of each process; are simple and inexpensive to operateand maintain; require no special training for clinical staff; and thatleverage common, pre-existing communication infrastructure, whenpossible.

Yet another object of at least one embodiment of the present inventionis to increase the efficiency and safety of common healthcare deliveryprocesses in a clinical setting by providing strategically placed,context-aware SSTs or non-attached kiosks to admit, direct and dischargepatients. The context awareness is generated through a process ofcollecting RTLS data as well as other event data captured from aclinical data source (CDS), including any systems or databasesaccessible by the RTLS such as a clinical information basing system suchas SQL, operating concurrently with the clinical setting. The RTLSevaluates the data elements in any given predefined rule and respondswith the corrective actions when process performance degrades belowacceptable limits. All data collected is provided to the SST, as needed.

In carrying out the above object and other objects of the presentinvention, a context-aware system for facilitating the delivery ofhealthcare to patients within a clinical environment monitored byreal-time locating apparatus including auto-ID patient tags wherepatients having tags are located within the environment in real time bythe apparatus is provided. The system includes a plurality ofself-service units where one or more of the units is configured to storea plurality of auto-ID patient tags and where the one or more of theunits includes a dispensing mechanism to dispense stored tags. Thesystem further includes a control computer subsystem coupled to the atleast one of the units and including at least one user interface. Thesubsystem also includes a processor operable to execute softwareinstructions and a memory operable to store software instructionsaccessible by the processor. The subsystem further includes a set ofsoftware instructions stored in the memory to at least partially performthe steps of: identifying an incoming patient; assigning a storedauto-1D patient tag to the identified patient to obtain a tagassignment; transmitting a signal over a communication channel to anelectronic medical record subsystem to link the tag assignment to amedical record of the patient whereby the patient becomes a linkedpatient; and controlling the dispensing mechanism to dispense a storedtag to the linked patient.

The system may include means for authenticating a user of the controlcomputer subsystem as an authorized patient based, at least in part, onan authenticator. The authenticator may include at least one of apassword, a pass phrase, a personal identification number, a securitytoken, a security card, and a biometric identifier.

The biometric identifier may include at least one of a fingerprint, aretinal pattern, an infrared vein pattern, a signature, a voice, a face,a bio-electric signal, and a DNA sequence.

Each dispensed tag may be sanitized.

The set of software instructions may at least partially perform the stepof providing notification of arrival of the linked patient.

The step of identifying may include the step of receiving registrationdata at the at least one user interface where the registration dataincludes at least one of a medication history, an allergy, a medicalproblem, a family medical history, an insurance provider, an employer, asocial security number, contact information, and demographicinformation.

The set of software instructions may at least partially perform the stepof directing the linked patient where to proceed to begin a healthcaredelivery process within the environment at the at least one userinterface.

At least one of the units may include a receiving mechanism to receivepreviously dispensed tags and where the set of software instructions atleast partially performs the step of transmitting a signal over thecommunication channel to the electronic medical record subsystem todelete the tag assignment from the medical record whereby the linkedpatient becomes unlinked.

The system may include means for sanitizing the received tags.

The set of software instructions may at least partially perform thesteps of receiving discharge instructions over the communicationschannel from the electronic medical record subsystem and communicatingthe discharge instructions to the unlinked patient at the at least oneuser interface.

The set of software instructions may at least partially perform the stepof receiving verifying data that the discharge instructions werereceived by the unlinked patient at the at least one user interface.

The set of software instructions may at least partially perform thesteps of receiving education material specific to a diagnosis of theunlinked patient over the communication channel from the electronicmedical record subsystem and communicating the education material to theunlinked patient at the at least one user interface.

The set of software instructions may at least partially perform the stepof collecting payment from the unlinked patient.

The set of software instructions may at least partially perform the stepof validating the payment.

The set of software instructions may at least partially perform thesteps of communicating a satisfaction survey to the unlinked patient atthe at least one user interface and receiving survey data from theunlinked patient at the at least one user interface.

The system may further include identifying a linked patient within aregion about the at least one user interface where the set of softwareinstructions at least partially performs at least one of the steps of:communicating context-tailored information regarding progression of acare delivery process of the linked patient at the at least one userinterface; communicating context-tailored education content to thelinked patient at the at least one user interface; determining whethercontent is communicated for a predetermined period of time to the linkedpatient at the at least one user interface; and issuing CE credit to thelinked patient.

The at least one user interface may include at least one of a videocamera, a display, a key pad or board, a microphone, a touch screen, anda printer.

Further in carrying out the above object and other objects of thepresent invention, a context-aware method for facilitating the deliveryof healthcare to patients within a clinical environment monitored byreal-time locating apparatus including auto-ID patient tags is provided.The method includes storing a plurality of auto-ID patient tags,identifying an incoming patient, and assigning a stored auto-ID patienttag to the identified patient to obtain a tag assignment. The methodalso includes transmitting a signal over a communication channel to anelectronic medical record subsystem to link the tag assignment in amedical record of the patient whereby the patient becomes a linkedpatient. The method further includes controlling the dispensing of thestored auto-ID patient tag to the linked patient.

The method may further include authenticating the incoming patient as anauthorized patient based, at least in part, on an authenticator, wherethe authenticator includes at least one of a password, a pass phrase, apersonal identification number, a security token, a security card, and abiometric identifier.

The method may further include receiving of the previously dispensed tagfrom the linked patient and transmitting a signal over the communicationchannel to the electronic medical record subsystem to delete the tagassignment from the medical record wherein the linked patient becomesunlinked.

Still further in carrying out the above object and other objects of thepresent invention, a context-aware system for facilitating the deliveryof healthcare to patients within a clinical environment monitored byreal-time locating apparatus including auto-ID patient tags whereinpatients having tags are located within the environment in real time bythe apparatus is provided. The system includes a plurality ofself-service units where one or more of the units is configured to storea plurality of auto-ID patient tags. Each of the tags is capable oftransmitting a wireless signal including ID information upon actuation.The one or more of the units includes a dispensing mechanism to dispensestored tags and to actuate tags during dispensing of the tags so thateach of the dispensed tags transmit a wireless signal. The systemfurther includes a control computer subsystem coupled to the dispensingmechanism and including at least one user interface and a processoroperable to execute software instructions. The subsystem furtherincludes a memory operable to store software instructions accessible bythe processor. The subsystem still further includes a set of softwareinstructions stored in the memory to at least partially perform thesteps of: identifying an incoming patient; assigning a stored auto-IDpatient tag to the identified patient to obtain a tag assignment;transmitting a signal over a communication channel to an electronicmedical record subsystem to link the tag assignment to a medical recordof the patient whereby the patient becomes a linked patient; andcontrolling the dispensing mechanism to dispense a stored tag to thelinked patient. The at least one of the units includes a first receivercoupled to the subsystem to receive the wireless signal including itsassociated ID information and provide the ID information to thesubsystem.

At least one of the units may include a second receiver coupled to thesubsystem and a receiving mechanism to receive previously dispensed tagsand to actuate tags during receiving of the tags. The second receiverreceives the wireless signals from the actuated tag during receiving ofthe tag and provides the ID information to the subsystem. The set ofsoftware instructions at least partially performs the step oftransmitting a signal over the communication channel to the electronicmedical record subsystem to delete the tag assignment from the medicalrecord whereby the linked patient becomes unlinked.

The above object and other objects, features, and advantages of thepresent invention are readily apparent from the following detaileddescription of the best mode for carrying out the invention when takenin connection with the accompanying drawings.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a schematic overview diagram illustrating a prior art methodand apparatus for locating subjects within a clinical environment;

FIG. 2 is a schematic block diagram specifically illustrating a priorart auto-ID tag useful with the method and apparatus of FIG. 1 forlocating subjects;

FIG. 3 is a diagram similar to the diagram of FIG. 1 but illustrating apair of different IR receivers in section;

FIG. 4 is a schematic diagram of a system constructed in accordance withat least one embodiment of the present invention including a kiosk orSST and a control computer subsystem;

FIG. 5 is a view of a possible text alert that can be generated anddisplayed using at least one embodiment of the present invention;

FIG. 6 is a view of a dashboard type graphical indicator that can begenerated and displayed using at least one embodiment of the presentinvention;

FIG. 7 is a partial schematic view of at least one embodiment of adispensing kiosk or SST and a control computer subsystem;

FIG. 8 is a partial schematic view of at least one embodiment of areceiving kiosk or SST and the control computer subsystem; and

FIG. 9 is a time line for a patient and caregivers in a clinicalenvironment illustrating the delivery of healthcare facilitated by atleast one embodiment of the method and system of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT(S)

In general and in at least one embodiment of the present invention,methods and systems are provided to expedite patient flow through theuse of non-attended kiosks or self-service terminals (SST) to:

-   1. Identify the incoming patient, issue a sanitized RTLS locating    tag to that patient, establish a link between the unique ID of the    RTLS tag and the patient's electronic medical record (EMR), provide    notification of the patient's arrival and direct the patient to the    beginning of their care delivery process;-   2. Automatically identify linked patients that approach a kiosk or    SST and provide them with information regarding the progression of    their care delivery process; and-   3. Automatically initiate the discharge process when the patient    approaches designated discharge areas including issuing discharge    instructions, collecting verifying data that discharge instructions    were received, collecting payment and then collecting and sanitizing    the patient's RTLS tag.

By using a SST or kiosk that has context awareness provided by the RTLSand access to patient EMR data, information can be communicated to andfrom the patient more quickly and with greater accuracy, making the caredelivery process safer and more efficient.

The method and system of at least one embodiment of the invention aimsto reduce healthcare delivery costs through a reduction in the amount oftime skilled, paid staff members spend on processes that can beautomated at the SST. Additionally, the potential for human errorintroduced during process delivery is mitigated.

Referring now to the drawing figures, an RTLS constructed in accordancewith at least one embodiment of the invention comprises a number ofconcurrent processes. These include a tracking process 35 to collect tag12 information in real time, a messaging process 37 to collect or issuenon-tag data messages such as those from a CDS 39 pertinent to each tag12, an evaluation process 38 to continually evaluate each rulerespective to the current values stored or pointed to in the tagdatabase 36 and execute actions if indicated. Actions 48 may be issuedto the SST 49 from the evaluation process 38 and subject data collectedfrom the SST 49 may result in a new action being issued by theevaluation process 38. Exchange of data from process to process istypically accomplished via a Local Area Network (LAN) 50 that may beconnected to the Enterprise Network (Intranet) 51.

The tag database 36 stores tracking process 35, tag 12, specific eventdata 40 or non-tracking process subject data 41 (i.e., FIG. 9). Eventdata 40 includes the tag's location and switch state history. Subjectdata 41 includes data or pointers to data (information needed toretrieve the data from another source) such as name, medical recordnumber or other data pertinent to each tag's 12 subject.

Referring specifically now to FIGS. 1 and 2, there is illustrated areal-time tracking system, generally indicated at 10, which may also beused to capture location change and alert events of each tag 12 wearingsubject. Generally, the system 10 is comprised of tags 12 (worn bysubjects or attached to objects) which emit infrared signals 14 whichare captured by infrared receivers 20 common to the tracking system.

Typically, the maximum effective line-of-sight range of such infraredsignals 14 is about a twenty meter diameter 23 (i.e., section A-A inFIG. 3). To achieve a more precise location within the system 10, theinfrared receiver 20 may have its field of view reduced to as little asa one meter diameter 27 by introducing a restrictor 25 in the IR sensor20 (i.e., section B-B in FIG. 3). The tags 12 may also transmit radiofrequency (i.e., RF) signals 15 which are received by an RF receiver 26.The radio frequency signal 15 emitted by the antennas 16 are received byan antenna 24 of a radio frequency receiver 26 having a range ofapproximately forty meters 28 in all directions. Typically, informationis collected using in-ceiling and/or in-wall sensors connected by aserial network 22 that terminates at the microprocessor-based collector30.

The IR receiver 20 is stationary and its location is known. Tags 12 areworn by mobile subjects and transmit unique IDs 14 which allow thetracking system 10 to associate unique subject identifiers 41 (such asname, medical record number, tag type) to each individual tag 12. Withthis association, when IR signals 14 are received by an IR receiver 20the tracking system 10 identifies the tag(s) 12 (and hence the subjector subjects) as being in the location associated with the IR receiver20. The tracking system 10 aggregates the unique IDs received from thetags 12 enabling the system 10 to identify when one or more unique IDsare present at a particular location (represented by an IR sensor 20).

The tags 12 worn by mobile subjects may also incorporate one or moreswitches that when activated add an identifier to the signal 14transmitted by the tag 12. Typical switch type include manual switchessuch as an externally accessible push button switch 5 on the tag 12, amotion switch 6 activated automatically by the tags 12 subject's motionor an external switch 7. When activated a switch may cause the tag 12 totransmit the modified signal immediately or it may transmit the modifiedsignal during the next periodic transmission depending on the immediacyassociated with that switch's function.

The messaging process has two functions. First, it monitors CDS 39messages 46 typically via direct proprietary interface or standardizedinterface such as HL7, collects data 41 (FIG. 9) pertinent to each tag's12 subject, then stores the data or points to the data 41 associatedwith that tag 12 in the tag database 36 for subsequent evaluation by theevaluation process 38. Second, it monitors requests for action 48 fromthe evaluation process 38 and communicates messages 46 to the device 49or a CDS 39 pertinent to the evaluation of any given rule 43.

The evaluation process 38 continually evaluates each rule 48 in the ruleset 42 using the most recent event data values stored. When theevaluation of a rule 43 indicates the need for an action 48 theevaluation process 38 interprets and executes the specific action 48indicated by the rule 43 being evaluated. Specific actions 48 typicallyexecuted include:

-   1. Directing the messaging process 37 to communicate a specific    message 46;-   2. Directing a SST 49 to communicate audio or visual information. An    example of this is shown in FIGS. 5 and 6; and-   3. Activation of a remote relay(s) action 48 to manipulate a    physical device such as a light or alarm.

Rule sets 42 are comprised of rules 43 that are structured asconditional statements typically taking the “IF THEN ELSE” or “CASE”(“SWITCH”) forms. Examples of rules 43 are:

-   -   IF (event data 40 and/or subject data 41) TRUE    -   THEN (take action 48)    -   ELSE (take alternate action 48 or take no action)    -   CASE (RESULT=evaluated event data 40 and/or subject data 41)        -   VALUE 1 (take action 48)        -   VALUE 2 (take alternate action 48)        -   . . .        -   VALUE RESULT N (take alternate action 48)

Rules 43 are structured in such a way as to compare the progress of apatient, as represented by the current values stored in event data 40and subject data 41 to value ranges that are known to representoptimized clinical process performance. Three very simplified examplesare shown below:

-   -   IF Tag 12 location=Radiology Information SST 49    -   THEN Action 48 display Radiology Information SST 49        -   Tag 12 subject information “Select from the following”        -   “Display information regarding progress in my healthcare            process”        -   “Display information regarding the next phases in my            healthcare process”        -   “Display patient satisfaction survey options”    -   IF Tag 12 location=Radiology Information SST 49 AND    -   Tag 12 next phase=Phlebotomy Lab Informational SST 49    -   THEN Action 48 Display “Radiology Information SST”        -   Tag 12 subject information “Proceed to”        -   Directions to location of Phlebotomy Lab Informational SST            49    -   IF No tag 12 is present at Location Radiology Information SST 49    -   THEN Action 48 Display “Radiology Information SST” HIPAA        compliance clear screen

Referring now to FIG. 4, the admission SST 68 guides the patient throughthe registration process and provides guidance as to how to begin theirhealthcare delivery process. When the SST 49 is engaged by a person itwill instruct the individual to present two forms of identification. Thepatient may use the keyboard of a user interface to enter their subjectdata 41:

-   1. Name-   2. Birth date-   3. Social security number-   4. Health system ID number.

If available, the patient may also utilize the biometric fingerprint oriris scan identifying device. When any combination of two identificationforms presented match those stored in the applicable CDS 39, the SST 49will request the patient EMR subject identifier 41 from the appropriateCDS 39 and begin the registration process. Upon receiving basicidentification, the SST 49 will ascertain the patient's unique EMRidentifier necessary for retrieving additional information from anyparticular CDS 39. If the healthcare to be delivered requires aprearranged appointment, the SST 49 will validate that the scheduling iscorrect before admission continues. The dispenser unit 68 integratedinto the SST 49 issues a reusable RTLS tag 12 to the patient.

Referring now to FIG. 7:

-   1. The PC workstation (of the control computer subsystem) sends a    signal to dispensing motor 51 causing it to rotate clockwise one    revolution.-   2. The dispensing motor 51 is linked via drive chain 52 to drive    roller 53 causing it to rotate clockwise one revolution.-   3. One end of the first push rod 54 is attached to the periphery of    the drive roller 53 causing it to move in an eccentric motion. The    other end of the first push rod 54 is attached to the first end of    rocker arm 55 causing it to rock in a clockwise direction.-   4. The opposing end of rocker arm 55 is attached to the first end of    the second push rod 56 causing its second end to push the next RTLS    tag 12 out of the bottom of storage magazine 78 and into the drive    roller 53.-   5. The reusable RTLS tag 12 is trapped between the drive roller 53    and the idler roller 57 causing it to be ejected into dispenser tray    58.-   6. As the reusable RTLS tag 12 is ejected into the dispenser tray 58    the idler roller 57 depresses push button switch 5 causing the RTLS    tag 12 to send its unique IR signal 14 to IR receiver 20.-   7. The PC workstation receives the unique ID of newly dispensed RTLS    tag 12 from IR sensor 20 and associates patient's unique EMR    identifier to the tag database 36 record for this tag ID 14.-   8. The patient is instructed to retrieve and properly attach the    newly dispensed RTLS tag 12 to their clothing.

The patient is now registered and their RTLS tag 12 is now recognizableby any SST 49 in the facility. When it recognizes the RTLS tag 12 of aregistered patient, the SST 49 queries the tag database 36 from the EMRidentifier associated to this tag 12 and retrieves all informationregarding this patient and their current healthcare process from the CS39. The SST 49 will now request only one of the alternate forms of IDaccepted in the admit process as validation that the RTLS tag 12 isassociated to the correct patient. If an accepted form of ID ispresented and validated, the SST 49 then displays the followinginformation through the user interface:

-   1. Validation that they are in the correct location or offer    direction to the correct location for the next phase of their    healthcare delivery process.-   2. Progress along the current healthcare process (steps completed    and steps yet to be completed).-   3. Informational resources for any phase of their healthcare    delivery process.

If the SST 49 discovers that the healthcare delivery process has beencompleted and patient discharge is required, the SST 49 will initiatethe discharge if suitably equipped or direct the patient to a nearby SST49 that is suitably equipped. The SST 49 will complete the dischargeprocess as follows through the user interface:

-   1. Display a list of links to additional information and/or    education regarding their diagnosis and treatment.-   2. Display a patient satisfaction/patient suggestion survey for the    patient to complete.-   3. Print out a discharge information packet including discharge    instructions, additional information requested and their survey    responses.-   4. The patient is asked to verify that they have read and understand    the discharge instructions.-   5. When the patient indicates they have read and understand the    discharge instructions, the patient is asked to remove their RTLS    tag 12 and place it into the RTLS tag return receptacle 70.

Turning now to FIG. 8 of the RTLS tag collector 69:

-   1. As the tag is inserted into the tag return receptacle 70, it    passes through a perforated area of a moistened, flexible    disinfectant wipe 71.-   2. Two flexible shoes 76 and 77 are provided and allowed to float up    and down to hold the flexible wipe 71 against the RTLS tag's 12    cross-sectional shape.-   3. As the tag is inserted into the tag return receptacle 70 it    causes the flexible shoe 76 to move upward activating the micro    switch 75.-   4. The micro switch 75 energizes the friction roller 74 drawing the    RTLS tag into the RTLS tag collector 69.-   5. As the RTLS tag 12 is drawn through with pressure on the top face    of the tag 12, it depresses the tag alert button 5 and the RTLS    tag's 12 IR signal 14 is analyzed.-   6. If IR signal 14 proves to be satisfactory, the RTLS tag 12 is    allowed to drop onto a reuse storage magazine 78 which, when full,    will be taken to an admission SST 49.-   7. If the tag's signals prove unsatisfactory, it is not suitable for    return to service. The tag 12 is directed into a service magazine 79    which, when full, will be taken to the service area.-   8. The wipe collection roller 73 advances drawing fresh flexible    wipe 71 material from wipe feed roller 72, positioning its    perforated slot to accept the next tag to be collected.-   9. A wipe supply detection switch 82 remains depressed so long as    the disinfectant wipe supply is sufficient. When supply is    sufficiently depleted, the switch 82 is released, alerting staff    that the disinfectant wipe supply must be replenished in SST 49.-   10. The IR receiver 20 records the entry of the tag 12 into the SST    49, dissociates the patient's unique EMR identifier in the tag    database 36 record for this tag ID 14 and sends the CDS 39    notification that discharge has occurred.-   11. The SST 49 provides exit directions to the patient via the user    interface.

A method described above defines rules in terms of conditional resultsderived from event data and subject data values, continually evaluatesthe rules in respect to the most recent event and subject data values,measures the performance of each clinical process corresponding to eachrule, and acts to correct, in real time, the performance of any clinicalprocess performance that is below that indicated in the rules design asprovided.

The method includes providing a real-time locating tag which emitsinfrared (IR) and/or radio frequency (RF) signals representative of eachtag's unique ID number to mobile subjects. The emitted signals arereceived by ceiling-mounted sensors with known locations in order tolocate each subject that is involved in the clinical process. Eachsubject's identification data is associated with each unique tag IDnumber. The provision of this tag in a tracking environment allows theRTLS to associate unique tag data with a particular location and thetime the tag was seen at that location.

The method optionally includes the provisions to notify the RTLS thatother, non-location change events have occurred including but notlimited to:

-   1. Classifying specific tag IDs into one or more tag type groups    such as a “doctor” type, “nurse” type or “patient” type;-   2. Implementing one or more “alert” switch(es) to the tag that may    be manually or automatically activated to provide the RTLS    notification of an event associated to the tag that is non-location    based; and-   3. Collecting and/or issuing external data event messages pertinent    to specific tag IDs or tag types represented in a rule, such as    network messages indicating new patient orders, the results of    pending patient orders, and patient admission or discharge.

A system described above includes the aforementioned real-time locatingtag in a RTLS environment; a means of storing and/or retrieving thecurrent and historic values of all location and other pertinent CDS dataevents associated with each subject's unique ID tag; a processor meansfor continual evaluation of each rule in respect to the current datavalues stored for each event associated with each tag represented ineach rule; and performance of the actions that may be associated withthe specific values that may result from the evaluation of each rule.

While embodiments of the invention have been illustrated and described,it is not intended that these embodiments illustrate and describe allpossible forms of the invention. Rather, the words used in thespecification are words of description rather than limitation, and it isunderstood that various changes may be made without departing from thespirit and scope of the invention.

What is claimed is:
 1. A system comprising: (a) a tag comprising aswitch, wherein the tag is configured to transmit an identificationsignal upon actuation of the switch, wherein the tag is configured totransmit a location signal to track real-time location of the tag; and(b) a kiosk comprising a dispensing mechanism, wherein the dispensingmechanism is configured to dispense the tag from the kiosk upon requestof a user, wherein the dispensing mechanism is configured to actuate theswitch when the tag is dispensed, wherein the kiosk is configured toreceive the identification signal of the tag.
 2. The system of claim 1,further comprising a locating apparatus, wherein the location signal isused by the locating apparatus to establish real-time location of thetag.
 3. The system of claim 1, wherein the kiosk comprises a userinterface operatively coupled with the dispensing mechanism, wherein theuser interface configured to send a dispensing signal to the dispensingmechanism to dispense the tag.
 4. The system of claim 3, wherein theuser interface comprises at least one of a video camera, a display, akey pad, a keyboard, a microphone, a touch screen, and a printer.
 5. Thesystem of claim 1, wherein the kiosk comprises a receiving mechanism,wherein the kiosk is configured to receive the previously dispensed tagin the receiving mechanism.
 6. The system of claim 5, wherein thereceived tag is sanitized inside the kiosk.
 7. The system of claim 1,wherein the kiosk comprises a first receiver configured to receive theidentification signal of a dispensed tag.
 8. The system of claim 7,wherein the kiosk comprises a receiving mechanism configured to receivethe tag and to actuate the switch of the tag as the tag is beingreceived, wherein the kiosk comprises a second receiver configured toreceive the identification signal of the tag as the tag is beingreceived.
 9. A method comprising: (a) retrieving a record associatedwith a user of a kiosk; and (b) ejecting a tag disposed inside thekiosk, the ejecting comprising: (i) actuating a switch integrated intothe tag; (ii) in response to actuating the switch, generating anidentification signal from a signal generator of the tag, wherein theidentification signal is associated with the tag; (iii) sensing theidentification signal with a signal receiver; and (iv) in response tosensing the identification signal, associating the record with the tag.10. The method of claim 9, further comprising receiving the tag into atag return receptacle of the kiosk.
 11. The method of claim 10, furthercomprising: (a) in response to receiving the tag into the tag returnreceptacle, actuating a roller; and (b) in response to actuating theroller, pulling the tag into the kiosk via the roller.
 12. The method ofclaim 11, further comprising: (a) in response to receiving the tag intothe tag return receptacle, moving a flexible shoe from a first positionto a second position; (b) in response to moving the flexible shoe to thesecond position, actuating a switch; and (c) in response to actuatingthe switch, actuating the roller.
 13. The method of claim 12, furthercomprising: (a) determining whether the tag should be disposed in aservice magazine or a storage magazine; (b) in response to determiningthe tag should be disposed in the service magazine, disposing the tag inthe service magazine; and (c) in response to determining the tag shouldbe disposed in the storage magazine, disposing the tag in the storagemagazine.
 14. The method of claim 13, further comprising: (a) actuatingthe switch via the roller; (b) in response to actuating switch,generating the identification signal; (c) sensing the identificationsignal with a second signal receiver of the kiosk; and (d) determiningwhether the tag should be disposed in the service magazine or thestorage magazine based at least in part on the identification signal.15. A system for facilitating the delivery of healthcare to patientswithin a clinical environment monitored by real-time locating apparatusincluding auto-ID patient tags wherein patients having tags are locatedwithin the environment in real time by the apparatus, the systemcomprising: (a) a kiosk configured to store a plurality of reusable,auto-ID patient tags, including previously dispensed reusable tags, eachof the stored, reusable tags being capable of transmitting signals usedby the apparatus to establish real-time location of patients having thetags, each of the tags being capable of transmitting a wirelessidentification signal including ID information upon actuation andwherein the kiosk includes a dispensing mechanism to dispense storedtags and to actuate tags during dispensing of the tags by depressing apush button switch disposed on the tag so that each of the dispensedtags transmits the wireless identification signal upon depression of thepush button switch; and (b) a control computer subsystem including aworkstation coupled to the dispensing mechanism and including at leastone user interface, the workstation being configured to send a firstsignal to the dispensing mechanism to dispense a stored tag and toactuate the stored tag during dispensing of the stored tag via the pushbutton switch so that the dispensed tag transmits the wirelessidentification signal wherein the kiosk includes a first receivercoupled to the workstation to receive the wireless identification signalincluding its associated ID information and provide the ID informationto the workstation.
 16. The system of claim 15, wherein each dispensedtag is sanitized.
 17. The system of claim 15, wherein the kiosk includesa receiving mechanism to receive previously dispensed tags.
 18. Thesystem of claim 17, further comprising means for sanitizing the receivedtags.
 19. The system of claim 15, wherein at least one user interfaceincludes at least one of a video camera, a display, a key pad or board,and a microphone, a touch screen, and a printer.
 20. The system of claim15, wherein the kiosk includes a second receiver coupled to thesubsystem and a receiving mechanism to receive previously dispensed tagsand to actuate tags during receiving of the tags wherein the secondreceiver receives the wireless signal from the actuated tag duringreceiving of the tag and provides the ID information to the subsystem.